Special Welding

Can produce Synergy Effect: The laser beam and plasma arc work co-axially, and the welding speed and welding penetration are greater than those produced by lasers alone;
Low residual stress and few void defects in the welded joint;
High welding efficiency and small thermal deformation of the work pieces;
Deliver stable welding efficiency and quality due to enhanced material's absorption rate of laser energy resulting from symmetrical distribution of superimposed heat source energy;
Wide applications:the welders adopting laser-plasma hybrid welding technology can find their wide industrial applications in welding special metals, as well as laser cutting and laser surface treatment;
Certified that the welders adopting this technology can weld 6mm Series 7 aluminum plates and produce welded joints meeting Level I weld acceptance requirements.

Product Description

Jointly developed by industry elites in STR over many years, Laser-plasma hybrid welding technology is a welding technology possessing high energy density heat source. This technology superimposes laser on plasma co-axially to obtain a higher energy density heat source, which can be used for welding and cladding of various metals, as well as for laser cutting and surface treatment. It is suitable for manufacturing process in various industrial applications such as manufacturing new energy vehicles, steel body of household or commercial vehicles, high-speed rail and subway rolling stocks, white household electrical appliance, petrochemical equipment, ships, heat exchangers, and equipment used in aviation, space, defense, medical, sports, etc.

As a leading technology in the world, it has been certified that the welders adopting this technology can weld 6mm Series 7 aluminum plates and produce welded joints meeting Level I weld acceptance requirements.

Product Features

Can produce Synergy Effect: The laser beam and plasma arc work co-axially, and the welding speed and welding penetration are greater than those produced by lasers alone;

Low residual stress and few void defects in the welded joint;

High welding efficiency and small thermal deformation of the work pieces;

Deliver stable welding efficiency and quality due to enhanced material's absorption rate of laser energy resulting from symmetrical distribution of superimposed heat source energy;

Wide applications:the welders adopting laser-plasma hybrid welding technology can find their wide industrial applications in welding special metals, as well as laser cutting and laser surface treatment;

Certified that the welders adopting this technology can weld 6mm Series 7 aluminum plates and produce welded joints meeting Level I weld acceptance requirements.

Related products

Handheld Laser Welders

Based on the self-developed "small core diameter" laser technology, the STR-HW series handheld laser welders adopt a new dual circuit refrigerant direct cooling system and integrated structural design. These welders can provide customers with such experiences as high effectiveness, large penetration, high energy-efficiency, and high convenience. Because these welders can weld various metal materials, they find broad applications including welding building materials; welding materials used to make home electrical appliances, kitchen hardware and bathroom hardware; sheet metal processing and pipeline processing.

more


Additive Manufacturing Series Fiber Lasers

AM-XX-I additive manufacturing dedicated fiber lasers developed by STR feature high power stability, high beam quality and highly integrated compact structure, greatly reducing power attenuation, which can find their broad applications in industries such as aviation, space, medical equipment, and automobiles.

more


Narrow Linewidth Single Mode Fiber Laser

Based on its independently developed passive components, STR Laser has achieved innovative breakthroughs in pumping technology. The 2kW narrow linewidth single mode fiber laser is its a mass-produced model utilizing the innovative 976nm pumping technology and adopting modular design. Featuring compact structure, good reliability and environmental adaptability, this model meets the requirements for ultra-high power beam combination and finds wide applications in industrial, medical, aerospace, and military fields.

more

